It uses a direct electrical current.
Gigi
It is electrical energy.
Electrical
A defibrillator device can accomlish this.
'shock' the irregular rythme hopefully back into a normal one
When used with a heart attack patient who is suffering form arrhythmia or who's heart has stopped completely. The defibrillator causes the muscles of the heart contract, (hopefully) and to return to its normal rhythmic pattern.
The AED output is in joules (J); an energy output. Energy is an Amp Ohm divided by time. Although AED's may vary on their output, depending on numerous criteria, some AED's will shock at 200J, then 300J, then 360J.
Defibrillation depolarizes all of the heart tissue at once. This usually will terminate abnormal heart rhythms with the hope that a normal one will take over.
A defibrillator device can accomlish this.
It is called an AED; automated external defibrillator.
defibrillator
When doctors use a heart defibrillator it sends energy currents through the body and helps restore a normal heart rate or will send currents to the heart to get it working again thus preventing death.
It is called an AED; automated external defibrillator.
to detect and stop serious ventricular arrhythmias and restore a normal heartbeat in people who are at high risk of sudden death
It's called an AED; automated external defibrillator.
AED stands for Automated External Defibrillator, which is a portable device used to deliver an electric shock to the heart to help restore normal rhythm in cases of cardiac arrest.
A defibrillator is a device used to deliver a shock to the heart to restore its normal rhythm.
'shock' the irregular rythme hopefully back into a normal one
For all mammals, the three functions of fat in the body are to provide energy, to absorb vitamins, and to sustain a normal body temperature.
If someone is clinically dead, a defibrillator will actually do absolutely nothing. What is does do is shock an irregular heart beat back into sinus rhythm (a normal beat) that would otherwise lead to death.